Ultra-realistic render, straight-on frontal view of a contemporary minimalist ti

Ultra-realistic render, straight-on frontal view of a contemporary minimalist tiny house, visualized entirely through a Matrix-inspired digital code aesthetic. The structure is composed of cascading green code streams, glitching data fragments, and neon-lit wireframe geometry, revealing the underlying simulation of the model.

Inspired by the geometric design of the Rowing High Performance Centre in Pocinho and designed in the architectural style of Álvaro Andrade, the house retains its monolithic form with smooth white concrete surfaces—but instead of solid materials, its entire shape is constructed from pulsating green data strings, binary sequences, and procedural modeling lines. The sharp angular volumes, dramatic cantilevers, and precise geometric cuts appear as if emerging from the digital void, constantly shifting between reality and abstraction.

The floor-to-ceiling windows follow the same sharp-angled geometric logic but are formed by glowing matrix code, dynamically distorting the reflections of the environment. The surrounding Japanese suburban neighborhood is partially visible but also breaking apart into wireframe models, glitching polygons, and algorithmic noise.

The ground is a digital construct, with the stone-paved path flickering between physical texture and holographic gridlines. Rain appears as streams of falling data, merging into the fabric of the simulated world. The sky is a dark void with cascading vertical code, subtly illuminating the scene with an eerie neon-green glow.

Rendered in ultra-detailed 8K resolution, blending hyper-realism with a cyberpunk-inspired Unreal Engine aesthetic. The volumetric lighting enhances the surreal transition between digital architecture and simulated reality, creating an immersive, cinematic representation of a world where architecture is pure data.

Luis Villavicencio

創作情報

履歴

プロンプト

Ultra-realistic render , straight-on frontal view of a contemporary minimalist tiny house , visualized entirely through a Matrix-inspired digital code aesthetic . The structure is composed of cascading green code streams , glitching data fragments , and neon-lit wireframe geometry , revealing the underlying simulation of the model . Inspired by the geometric design of the Rowing High Performance Centre in Pocinho and designed in the architectural style of Álvaro Andrade , the house retains its monolithic form with smooth white concrete surfaces—but instead of solid materials , its entire shape is constructed from pulsating green data strings , binary sequences , and procedural modeling lines . The sharp angular volumes , dramatic cantilevers , and precise geometric cuts appear as if emerging from the digital void , constantly shifting between reality and abstraction . The floor-to-ceiling windows follow the same sharp-angled geometric logic but are formed by glowing matrix code , dynamically distorting the reflections of the environment . The surrounding Japanese suburban neighborhood is partially visible but also breaking apart into wireframe models , glitching polygons , and algorithmic noise . The ground is a digital construct , with the stone-paved path flickering between physical texture and holographic gridlines . Rain appears as streams of falling data , merging into the fabric of the simulated world . The sky is a dark void with cascading vertical code , subtly illuminating the scene with an eerie neon-green glow . Rendered in ultra-detailed 8K resolution , blending hyper-realism with a cyberpunk-inspired Unreal Engine aesthetic . The volumetric lighting enhances the surreal transition between digital architecture and simulated reality , creating an immersive , cinematic representation of a world where architecture is pure data .

サイズ

1024X592

日付

Apr 2, 2025

モード

スタジオ

タイプ

cell

Checkpoint & LoRA

SeaArt Infinity

SeaArt Infinity

Cyber Tech by Cosmic

Cybernetic Style - World Morph - Flux.1

Cybernetic Style - World Morph - Flux.1

Futurism | Holographic Portraits

Futurism | Holographic Portraits

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